Varactor loaded tunable split ring resonators with simple biasing network
A concept for a voltage tunable split ring resonator array inside a WR90 waveguide operated below its cutoff frequency is presented. The DC tuning voltage is provided by using the existing RF structure for DC biasing. Tuning the semiconductor varactors shifts the backward wave transmission band belo...
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| creator | Maasch, Matthias Damm, Christian Schussler, Martin Gonzalez-Rodriguez, Erick Jakoby, Rolf |
| description | A concept for a voltage tunable split ring resonator array inside a WR90 waveguide operated below its cutoff frequency is presented. The DC tuning voltage is provided by using the existing RF structure for DC biasing. Tuning the semiconductor varactors shifts the backward wave transmission band below the waveguide cutoff frequency in the range of 0.9-2.2 GHz. The parasitic effects of the biasing network as well as the higher order mode coupling in the macroscopic structure are investigated. Experimental results are compared to theory in order to validate the biasing concept. |
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The DC tuning voltage is provided by using the existing RF structure for DC biasing. Tuning the semiconductor varactors shifts the backward wave transmission band below the waveguide cutoff frequency in the range of 0.9-2.2 GHz. The parasitic effects of the biasing network as well as the higher order mode coupling in the macroscopic structure are investigated. 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The DC tuning voltage is provided by using the existing RF structure for DC biasing. Tuning the semiconductor varactors shifts the backward wave transmission band below the waveguide cutoff frequency in the range of 0.9-2.2 GHz. The parasitic effects of the biasing network as well as the higher order mode coupling in the macroscopic structure are investigated. Experimental results are compared to theory in order to validate the biasing concept.</abstract><pub>IEEE</pub></addata></record> |
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| source | IEEE Electronic Library (IEL) Conference Proceedings |
| subjects | Arrays Load modeling Metamaterials Microwave theory and techniques Resistors Resonant frequency split ring resonators tunable materials Tuning Varactors |
| title | Varactor loaded tunable split ring resonators with simple biasing network |
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